How can I know which TV mount is suitable to my TV?

There are 2 main parameters that need to fit: 1. TV mount's declared loading weight - The TV, without its stand, should not weight more than the TV mount's declared weight. 2. Backscreen connection Holes pattern measurements (VESA) - the distance between the 4 connecting holes, on the back of the TV, should not be larger than what the TV mount support. The MAX VESA pattern, that the TV mount supports appears on the mount specification. * TV Screen Size - This size is recommended for people who do not know the weight of their TV and the size of the VESA connection holes. The TV mount is also suitable for larger screens than the recommended size if the weight and holes of the screen match those of the mount.

The provided TV connection holes screws are too short

The screws provided are suitable for the majority of TVs available. Each screen manufacturer produces different backscreen connection holes depths and patterns (VESA) so it is impossible to fit all of the different types of TVs on the market. In order to know which screen-connection screws fit your screen, please take the following measurements and purchase the screws in the local hardware store: 1. The depth from the TV back surface to the end of the connection thread (you can measure this by gently inserting wood/ plastic toothpick, marking the point it is getting out from the backscreen and measuring the distance). 2. Diameter and the threading name of the holes on the back of the screen. Carefully insert the supplied screws and check which one fits accurately into the holes on the back of the screen. Measure its diameter or mark it on the assembly instructions in the product. If the hardware kit included plastic spacers, you don't need to use them in this case.

FAQ | Barkan Mounts

Yes, the Protective EV Charging Cable Wall Arms can be mounted on rectangular posts with a minimum side width of 3" / 7.5 cm, subject to the following instructions:

Metal post

Through-holes must be drilled through the post (holes that enter from one side and exit from the opposite side).
The arm must be secured to the post using 3–4 through-bolts of sufficient length, according to the holes in the wall plate.
The bolt head should tighten the arm’s wall plate against the post. Tightening on the opposite side of the post must be done using a washer with a minimum diameter of 3/4" / 20 mm and a nut. Recommended bolt diameter: 1/4" / 6 mm.
The required mounting hardware is not included in the product package and must be purchased separately.
Do not use self-drilling screws to attach the arm to the post.
Barkan does not recommend a specific type of post and cannot provide an opinion regarding the structural strength of the post. The installer is responsible for verifying that the post is sufficiently strong prior to installation.

Wooden post

Installation on a wooden post that complies with the minimum dimensions requirement is explained in the product installation instructions.

Hardware for installing on wood is included with the product.

Yes, the Protective EV Charging Cable Wall Arms can be mounted to a round metal pole with a minimum diameter of 3 inches (7.5 cm).

However, as we do not provide a dedicated mounting accessory for round posts and because the wall mounting plates of all arms are flat, a custom adapter must be fabricated by a qualified metal fabricator. The fabricator should assume responsibility for the adapter design and the installation.

There is currently no dedicated, European, or U.S. standard for EV charging cable support arms as a standalone product category.

In line with our internal engineering protocols, which reference relevant safety principles from UL (U.S.) and TÜV (Germany) standards, the arm passed mechanical testing under a static load of 20 kg, which is four times its rated maximum of 5 kg.

The product itself is not UL-listed or TÜV-certified unless explicitly stated otherwise.

The arm successfully passed a salt-spray corrosion test simulating approximately 5 years of outdoor use.

Regulations governing sidewalk charging fall under the authority of the relevant local municipality. Users are responsible for verifying and complying with all applicable local laws and public space regulations.
In many jurisdictions, extending charging cables into public areas may be restricted or prohibited. In practice, some users route cables over trees, signs, or other obstacles, or hang them in the air or lay them on the ground, which may create safety and liability concerns.
We are currently participating in a pilot program with a local authority, where a procedure is under review to allow temporary extension of the arm into public space during active charging, provided that the arm is fully returned to private property once charging is complete.
Our cross-sidewalk system includes an internal mechanism that automatically folds the arm and returns it to private property at the end of the charging session.

In all materials depicting installation that extends over a sidewalk (website and packaging), we include the disclaimer: “If permitted in public areas.”
For the 120″ (3 m) arm, because of its length, we recommend installing the charging station close to the arm and using a 20+ ft (6+ m) charging cable.

Important Note – Grounding Considerations

As the distance from the main grounding point in the electrical panel increases, grounding effectiveness may decrease. As a general rule of thumb, effective grounding is typically maintained within approximately 10 meters (33 ft) from the primary grounding source.

If the charging station is installed on a perimeter fence or wall located further from the main grounding point, and the charging connector extends an additional distance (e.g., approximately 5 meters / 16 ft from the station), it is recommended to ensure that all required protective measures are implemented in accordance with applicable electrical regulations. Where necessary, supplemental grounding may be added to the charging station and/or to the wall or structure on which it is installed.

* Routing the charging cable inside the Arm helps protect the cable, reduces wear and tear, and minimizes potential hazards to the surrounding environment.

* Routing the supply cable to the charger inside the post helps protect the cable, reduces wear and tear, and minimizes potential hazards to the surrounding environment.

* It is recommended to provide grounding for the Arm and the post as a precaution in case of a defect or fault in the charging cable or supply cable. Any grounding connection must be performed by a licensed electrician in accordance with applicable electrical codes.

* Installation of the charger on a post, as well as routing the supply cable through the post, must be carried out by a licensed electrician in accordance with applicable electrical regulations.

Frequently asked questions

What types of walls can Protective EV Charging Cable Wall Arms be mounted on?

Can the arm be mounted on a metal or wooden post?

Can the arm be mounted to a round metal post?

At what height should the arms be installed?

What is the maximum cable length that can be hung on the arm?

Is the arm compatible with all types of cables?

Are the EV Charger Stands compatible with all types of chargers?

Are all parts of the arm rust-resistant?

Can the arms be folded when not in use?

What standards apply to EV charging cable arms?

What are the guidelines for using the EV charging cable arm when the vehicle is parked on the street across a sidewalk?

Is a certified electrician required for installing the arm?

What are your key electrical safety considerations when installing Protective EV Charging Cable Wall Arms or a post?